TMT TL series CNC lathe features compact construction, small footprint and high efficiency. Outstanding rigidity and stability, combined with the use of automatic bar feeder enable the machine to achieve automatic operations that save labor costs and greatly increase turning efficiency.

● In addition, the TMT TL series is designed according to ergonomic engineering theorem for upgrading operational convenience. Parts collection is very convenient. Fully reflect the unique performance integrated in the TL series CNC lathe from TMT.

High Rigidity Machine Structure

● Box ways on both X and Z axes. The slide ways are harden and precision ground and scraped.● The base is a rigid box type construction. It features vibration free during high speed, high accuracy cutting and heavy duty cutting.

High Speed, High Precision Spindle

● The spindle runs in class P4 high precision angular contact ball bearings. The spindle is three points supported by bearings to increase spindle rigidity while minimizing thermal deformation.● The specially designed spindle construction is not only suitable for high speed, high precision cutting, but also excellent for heavy duty cutting.

Coolant System

● The coolant flowing through machine base is effectively cooled down and reduces temperature of the coolant.

High Precision Servo Turret

● The servo turret driven by a high speed servomotor. It's combined with high precision gear transmission to perform fast tool change.● Adjacent tool index can be accomplished in only about 0.1 to 0.2 seconds.

Precision I.D. and O.D. Tool Holder

● The highly rigid O.D. tool holders thoroughly eliminate tool vibration during cutting.● The I.D. tool holders are bored on the machine and run-out to the spindle center is controlled in 5µm.● Deviations of drilling and I.D. machining are kept at a minimum.

Parts Catcher

● The parts catcher is designed by using the mechanical synchronization principle. Once parts are finished and cut off, the parts catcher collects the finished products fast and efficiently.